Skorpion is not just a wavefolder. It behaves more like a threshold-driven waveform animator: your input is constantly compared against up to 8 thresholds, and every crossing changes the behavior of the internal vector core. That means it rewards modulation everywhere—especially modulation that changes how and when threshold crossings happen.
The big takeaway from the manual is this:
That means the most interesting sounds usually come from:
This is the obvious one, but on Skorpion it does more than “more wavefolding.” It changes how strongly the input drives threshold crossings.
Great sources: - envelope from a drum trigger - velocity CV - stepped random - audio-rate oscillator - internal macro LFO/envelope - self-patched COUNT/ or DAC
Results: - more/less aggressive folding - rhythmic changes in transient bite - unstable tearing sounds when audio-rate modulated - formant-like movement when modulated slowly on complex material
This is one of the most powerful parameters. The manual says higher slope = signal goes further, faster = more harmonics.
Great sources: - 1V/oct if using Skorpion melodically - envelope for attack bite - audio-rate modulation for metallic sideband-like edges - DIFF output for harsh recursive behavior - TRGTs output for stepped timbral changes
Results: - snappy transients - aggressive bass growl - harmonic “snarl” - dramatic tone shifts from soft to shattered
SHIFT is especially good because it changes symmetry and threshold interaction. The manual notes slow modulation can create a frequency shift effect.
Great sources: - triangle or sine LFO - envelope with slow decay - random slew - ABS(IN) or G(IN>0) for waveform-dependent asymmetry - audio oscillator for clangorous movement
Results: - asymmetrical distortion - animated bass vowel motion - moving stereo grit - ghostly drifting pads
TARGET changes the destination voltage of the vector core: - 5V = more static / square - CLIP = overlays input waveform - SLIDERs/TRGTs = sequenced destinations
Great sources: - TRGT MOD input - self-patched external audio into CLIP - sequencer CV into TRGTs input - rhythmic gates into target sequencing by driving threshold crossings
Results: - different “families” of distortion - pseudo-PWM/square behavior - spectral overlay from another signal - stepped animated timbre
This is one of the deepest parts of the module. SHAPE modulates SLOPE using feedback sources: - IN - OUT - DELAY - COUNT - DIFF - TRGTs - DAC - DIR
This is where Skorpion gets alien.
Results: - log/exp-like curves - recursive screaming feedback behavior - pulsed segment-by-segment deformation - skewed or spiky waves - unstable but playable textures
The thresholds decide where folds occur. Uneven thresholds create irregular harmonic events.
Try: - clustered low thresholds for dense early folding - sparse upper thresholds for occasional violent bursts - alternating high/low patterns for pseudo-bitcrushed articulation - all equalized for a more classic wavefolder behavior
Use this as a modulation destination: - ON: classic, evenly spaced behavior - XOR: equalized until a high gate disables it - JACK: external gate turns equalization on
This is fantastic for switching between: - smooth/classic fold tones - weird irregular threshold patterns
A gate sequencer or clock divider into EQ THLDs jack can make one pattern sound “normal” on some steps and “broken” on others.
TRGTs aren’t just helper values; they create a true 8-step destination voltage sequence.
Target order: - SEQ: selected by count of active thresholds - TIED: selected by most recently crossed threshold
This matters a lot: - SEQ sounds more staircase/scan-like - TIED sounds more unstable and gesture-based
Modulate or patch for: - stepped timbre sequence - threshold-dependent wavetable feel - pseudo-formant patterns for basses and pads
This is one of the wildest features.
This can create: - broken-square impacts - gated tearing bass phrases - stuck/frozen resonant-like moments - staircase pad textures
Skorpion gives you unusually useful outputs. These are gold for self-patching.
Difference between TARGET and actual vector core value. The manual says it is usually very high in harmonic content.
Use it to modulate: - SLOPE for harshness and spikes - SHAPE for unstable aggression - FOLD for ripping dynamics - external filter cutoff for synced screaming motion
This is one of the best “go feral” sources.
0–4V staircase based on active thresholds, each threshold adds 0.5V.
Use it to modulate: - FOLD for threshold-count-dependent aggression - SHIFT for stepped asymmetry - TARGET or TRGT MOD for staircase morphing - external oscillator FM depth or filter cutoff
Weighted version of count; subtler than COUNT.
Use it where COUNT is too coarse: - gentle bass vowel movement - subtle brightness sequencing - evolving pad animation
+5V when rising, -5V when falling.
Use it to modulate: - SHAPE with source = DIR for skew - external polarizer/VCA - filter FM or wave symmetry - rhythmic directional pumping
Full-wave rectified input.
Use it for: - envelope-like audio-rate modulation - making asymmetry related to source amplitude - dynamic fold response
Gate based on input polarity.
Use it for: - comparator-like rhythmic switching - clocking logic externally - alternating modulation per half-cycle
Delayed signal from the WIDE section.
Use it to: - feed back into SHAPE or CLIP - modulate FOLD or SHIFT - process externally and bring back in - create chorused spectral instability
This is huge. It’s the target sequencer as CV/audio.
Use it to: - modulate filter cutoff - FM another oscillator - animate another wavefolder/VCA - self-patch into SHAPE, SLOPE, or TRGT MOD
These focus on kicks, snares, hats, metallic hits, and glitch percussion.
Goal: hard, overdriven, tearing kick with a cracked top transient
The input kick crosses thresholds during the pitch drop, while DIFF-driven shape adds ripping transient spikes. HARD sync makes the attack feel very reset and percussive.
Set one or two TRGT sliders to 0 and turn HALT IF TARG=0 on. This adds abrupt “flat” segments in the transient, almost like clipped speaker damage.
Goal: smashed electro/industrial snare
The noise causes chaotic threshold crossings while the tonal body gives pitch center. External CLIP overlays another waveform onto the destination behavior for more crack and body.
Goal: sharp, digital-analog metallic percussion
Audio-rate SHIFT causes asymmetry flicker, while TIED target order makes the result more unstable and metallic.
Goal: crunchy electronic toms that splinter unpredictably
Switching equalized thresholds on/off changes the folding architecture per hit. HALT adds sudden frozen segments that sound like broken converters or robotic malfunctions.
This is where Skorpion looks incredible. Its combination of threshold sequencing, asymmetry, directional feedback, and self-patching is ideal for modern aggressive bass.
Goal: moving, vocalized, nasty stereo bass
SHIFT adds vowel-like asymmetry motion, OUT feedback makes the slope bend musically, and the WIDE/delay path gives stereo movement while keeping lows centered in FILTER mode.
Use FILTERs mode for cleaner low end in bass music. The manual says frequencies below 240 Hz stay centered, while highs are widened.
Goal: hyper-modulated, tearing, evolving bass
DIFF into SLOPE creates sharp, self-reactive edges. COUNT into SHIFT gives threshold-state-dependent asymmetry. HARD sync keeps it from completely dissolving into chaos.
If it becomes too wild, switch SHAPE source from DIFF to DAC for a subtler but still animated version.
Goal: articulated bassline where each note has internal timbral sequencing
The note itself drives threshold crossings, which then step through different target voltages, creating an internal sequence inside each bass note.
Goal: stable sub fundamental with aggressive moving mids
Equalized thresholds keep it more stable and classic, while occasional irregular threshold moments create dramatic fills without losing the sub. FILTER mode helps preserve centered low end.
Goal: strange layered bass where one signal “imprints” onto another
The manual notes CLIP can be a different signal than the input. This lets one waveform act like the target/overlay behavior for another, which is incredible for hybrid bass textures.
Skorpion can do beautiful, uneasy pad textures if you stop thinking of it as only a destroyer.
Goal: evolving, spectral, asymmetric pad with movement
The delayed signal feeding shape or target adds memory-like spectral smearing. Slow SHIFT motion creates the ghostly “frequency shift” feel described in the manual.
Goal: unstable, breathing, damaged-analog atmosphere
Targets at zero can pause portions of the internal motion, adding frozen chunks and broken continuity. TIED order makes the target selection feel organic rather than rigid.
Goal: eerie, harmonically rich drone/pad
Separate input and clip sources create spectral superposition. Gentle feedback makes it breathe without becoming too aggressive.
Goal: pad that feels like it has internal harmonic stages
The pad internally moves through destination voltages and slope shapes as thresholds activate, which sounds almost like wavetable scanning or spectral frame interpolation.
Skorpion explicitly supports audio-rate CV on THLD-related inputs, and its architecture loves fast modulation.
Try audio-rate modulation into: - FOLD for brutal upper partial shredding - SHIFT for metallic asymmetry - SHAPE for unstable sideband-like motion - THLDs/ for global moving threshold geometry - TRGT MOD for aggressive target corruption
Especially good for: - metallic snares - neuro bass - alien drones
The classic chaos patch. - Start with low attenuation - Adds intense harmonic edge - Great for basses and industrial percussion
Creates stepped asymmetry as threshold activity changes. - Great for talking basses - Also good on pads for mechanical movement
A more controlled version of COUNT-driven shaping. - Great for subtle evolution - Excellent on pads and rolling basses
Creates memory/imprint behavior. - Feels like spectral afterimage - Great on haunted textures and wide basses
Lets threshold activity sequence another module. - Great for integrated bass patching - Makes one voice feel like multiple coordinated systems
Alternates behavior depending on whether the vector core is rising or falling. - Creates push-pull asymmetry - Very expressive for bass growls
The internal macro system is easy to overlook, but it is perfect for animated patches.
Set: - macro attack = medium or long - macro release = long - FOLD and SHAPE in LFO mode - SHIFT in ENV mode
Then toggle the macro envelope on/off during a phrase. This makes a patch “wake up” and then slowly decay back to stability.
Use a gate sequence into EQ THLDs jack so every few steps the module flips between: - equalized thresholds = stable bass growl - custom thresholds = chaotic mutant bass
Then use: - COUNT/ -> filter cutoff - DIFF -> subtle SLOPE - OUTPUT in FILTERs mode
This gives very performable bassline variation.
Use one signal at IN and a different percussive or tonal source at CLIP.
Examples: - kick in, snare in CLIP - tom in, metallic FM blip in CLIP - bass oscillator in, hi-hat loop in CLIP
Then modulate: - TRGT MOD with envelope - SHIFT with random - SHAPE from OUT or DIFF
This makes sounds that feel layered in a very nonstandard way.
Use: - TARGET = SLIDERs - some TRGT sliders at zero - HALT IF TARG=0 = ON - slow modulation of threshold activity - SHAPE source = DELAY - OUTPUT wide with FILTERs
This creates a moving pad where certain segments freeze into flat planes before melting back into motion.
If you want, I can also turn this into: - a 10-patch cookbook - a “best self-patching matrix” table - or a genre-specific cheat sheet for only percussion, only bass, or only ambient textures.